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Oopy-rigM June 7tli 1886, 
by GAEL H. GEIESE of Cleveland, Ohio. 



-•.0:- 



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5, 12 and i8 ROOM SCHOOL HOUSE, 

DESIGNED BY 

. ■ I* 

or H'/GEIESE, Architect. 

CLEWELA.Xn, ()■ 
188G. 



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Copy-right 1886, by GAEL H, GEIESE of Cleveland, Ohio, 

S MODEL SCHOOL-HOUSE. 

± PLANS PREPARED BY 

^~ CLEVELAND, 0. 



j:^_ Cleveland, Ohio, is justly celebrated for its school 
buildings. The plans prepared by me were awarded th«i 
first premium by the Paris, Swedish and Austrian Com- 
missioners at the Centennial Exhibition at Philadelphia 
in 1876. A school building has been built from those 
plans in Cleveland, Ohio, and has verified the wisdom of 
the Commissioners. Every attempt to materially differ 
from those plans in Cleveland, Ohio, has resulted in 
failure to properly heat and ventilate the buildings, and 
necessitated expensive rejjairs. I have taken the plans 
jof 1876 and made such minor im^Drovements as experi- 
\enee has shown best, and have, I think, reached as near 
perfection as can be had in all requisites of a school 
building, and especially in heating, ventilating and light- 
ing. I have obtained letters patent of the United States 
upon my system of ventilating. This system is the 
result of forty years' experience and study, both in 
Europe and the United States. 

BPvIEF DESCRIPTION. 
The plan provides for a building of eight, *- vvelve or 
eighteen rooms, each room suitable for sixty to seventy 
pupils. Each room is scientifically calculated in size, so 
that the proper amount of air is always in the room to 
meet the wants of the pupils. The heating in connec- 
tion with my patent system of ventilation is so arranged 
that the whole space is heated. The heated air is kept 
in constant circulation and especially about the feet of 
'the pujjils. There is a constant flow of the foul air out 
by way of the floor at the rate of three miles per hour, 
and a constant inflow of fresh air to take its place. 
This never creates a draft. By actual experiments made 
during the winter of 1885-6, in thirty school buildings 
in Cleveland, the school building built upon these plans 
was the only one showing carbonic acid gas in quantity 
less than 8-10000 parts, the limit allowable for health. 

OUTSIDE. 

The outside presents a substantial brick or stoiie 
building, with a half story basement and one story above 



for six rooms, and two stories above for twelve rooms, 
with an attractive hipped roof, giving a large and com- 
modious attic. 

BASEMKNT. 

The entrances are at each end of the building, two 
steps wp when you enter the storm house. There being 
but two steps outside, all trouble with snow, ice and 
other elements is avoided. By descending a half story 
you reach the basement. There you enter a hall 28 feet 
by 74 feet. One large room in the basement is occupied 
by the boilers, coal rooms, etc. The other five rooms 
can be used as school rooms if necessary, but are usually 
and more properly used as play rooms by the pupils. 
The boiler and coal rooms have their own outside 
entrances. These basement rooms and hall are as effect- 
ually ventilated as the upper stories. Starting at the 
entrance again, by ascending one half story by broad 
steps you reach the first floor, or the school room floor 
proper. Here is the hall 29 feet by 58 feet, and the 
second floor hall, 29 feet by 72 feet, not broken by stair- 
ways, perfectly heated and ventilated. All Class and 
Cloak rooms can be regulated by one teacher in each 
story. On each side of these spacious halls are three 
school rooms 28x34x14 feet, each with its own cloak 
room opening both into the hall and school room. 
These cloak rooms are also jjerfectly ventilated. Each 
school room also opens directly into hall. These school 
rooms, in case of fire, can be emptied in one minute, 
even when filled with pitpils to their utmost capacity. 
Upon entering from the hall all scholars pass in front of 
the teacher's desk. The desks for pupils are so arranged 
that the light comes to the pupils from the left side and 
back. And this is the case in all school rooms. All the 
available space on the walls is covered with blackboard. 
I claim that my plan is superior to all other school 
houses in the following: The scientific proportions of 
rooms, Perfect heating, Perfect ventilation. Perfect light 
for pupils. 

The question on ventilation of school buildings has 
been seriously looked into, and I call upon the Medical 
and Technical men that they will find it done well. 

All communications with school committees cheer- 
fully answered and all proper information given. 



Copyright 1886, by CARL H, GRIESE of Cleveland, Ohio. 

SPECIFICATIOK 

OF 

Model School House, 

Made and Pkei'abed by 

C. H, GRIESE, CLEVELAND, OHIO. 



Explanation of how Workmanship Shall be Done, and 
Material to be Used. 



Forms, Dimensions, etc. 

All to be strictly in accordaBce with the accompanying- plans 
as hereinafter specified. 

Parts not shown on the drawings are to be in general con- 
formity with the corresponding- parts, which are shown, and as 
will be directed. 

In all cases the dimensions indicated by figures on the draw- 
ings are to take precedence to scale measurements. 

The following conditions apply to each and every part of the 
aforesaid building. 

The contractor is to find and provide, at his own cost, all 
kmds of labor and work, and furnish new materi-al of the Isest 
quaUty, necessary for the proper erection of said building. 

Tbe contractor must bear all losses from accident, or other- 
wise, during- the progress of the work, so that the Board of 
Education shall not have any incidental expense until said build- 
ing shall be fully and finally completed according- to the drawings, 
specifications, and directions of the Superintendent, and in ac- 
cordance with the detail drawings. 

The Board of Education shall have the right,, to' make; any 
alterations from the plans without invalidating or rendering void 
the contract, which alteration must be done without additional 
expense, unless their cost is more than is originally contracted for. 
The additiona.l expense (in case there is any) to be agreed upon 
by the contractor and the committee on building, and committed 
to writing. 

Should there be any alterations made during the progress of 
tlie building, whereby said building shall be decreased in value, 
then the contractor will be required by the committee on building 
and the architect, to estimate such decrease or difference at the 
same rate specified in original contract or contractor's figures. 
The decrease or difference in cost of said building Ishall be en- 
dorsed on the contract. 

No alterations shaU be made without the consent of the Su- 
perintendent on the construction and the'committee on building. 

HEIGHTS OF STORIES. 

■ Basement to be 10 feet in clear between joists. 

Fii-st story in clear to be 14 feet between joists. 

Second story in clear to be 14 feet between joists. 

All other heights and dimensions to be made according to 
plans, drawn to a scale of 8 feet to one inch, by C. H. Griese, 
architect, of Cleveland, Ohio. 

EXCAVATING. 

AH to be made to the proper depth and dimensions, for cellar 
and cellar entrance, earth to be deposited where directed. 

The floor of boiler room and the whole basement to be paved 
with flagging .3 inches thick and laid in morter. The pit is 3' 8" 
below the basement floor. 

All the rubbish and debris to be taken away fi-om the premises 
and the whole building- to be left broom-clean when finished. 



— 2— 



FOOTING STONE. 

There will be footing stone under all outside basement stone 
walls, and under inside walls. 

There will be two courses 6 inches thick, the lower stone 
projecting 12 inches on each side of walls above, the second pro- 
jecting 6 inches on each side of walls above. 

The first course of footing stone to be laid in a bed of mortar 
3 inches thick, the second course to be laid in cement mortar, 
made of 1 part Akron cement and mixed with 3 parts of good 
sharp sand. 

All corners to have 3 courses of footing stone, the first course 
projecting 1^4 foot from face of upper structure walls. 

All to have true flat beds and close joints, heading joints of 
upper course all to be laid over center of stone below. 

No stone to be shorter than its width. 

All trenches for footing stone to be well rammed and soaked 
with water before footing stone are laid. 

PERCH STONE WORK. 

All the exterior walls of basement and the two cellar entrances 
to be laid up with good large stone. 

All of the stone to have true flat beds and square heading 
joints, properly worked and laid in mortar of fresh cement, con- 
sisting of 3 parts of clear, sharp sand, and one part of Louisville 
or Akron cement. 

All the visible work on the inside shall be pick dressed and 
have smooth stuck joints; all walls to be properly bound with 
headers, running through the entire thickness of the wall. 

The two outside basement entrances to be fine pick dressed 
work laid in courses, and to have a stone coping of clear stone, 
from Berea, Ohio, 18" wide and 8" thick, with a storm house of 
wood over it; this storm house has a door with a good lock and 
bolt, and hung with good wrought iron butts, 4x4, covered with 
good roofing tin. Sides lined with drop .siding, (see carpenters' 
specification and details). The steps to be of the best Berea, 
Ohio, cut stone, (droved work). 

Brick Work. 

BASEMENT. 

All parts on the drawings of a red color indicate brick work. 

All brick to be of good and merchantable quality, well burned 
and true. 

All brick laid in basement walls to be of hard brick, laid in 
Akron cement morlar, one part cement and 3 parts lake sand, 
every course must be grouted full, mortar of cement. 

All walls must be laid up in aworkmanlike manner, straight 
on plumb line, and joints on each side to be struck smooth and 
clean. 

All arches must be worked solid and accurate, and every 
brick must be bedded solid, 12 inch arch, one 8 inch bonding and 
one 4 inch roller. 

All brick work between joists to be neat, clean and solid 
workmanship, and joints must be flush and neatly struck. 

All ventilation stacks to to be laid up straight and accurately 
and joint struck, dean and smooth, and well broomed. 

AH openings in stacks to be arched with an 8 inch bonding- 
arch, in addition there will be a double wrought iron lintle over 
the opening for registers, which will be seen on detail drawings. 

All chimney flues to lie plastered very smooth and to he 
worked over a cylinder of wood. 

All ventilation flues in brick walls to be lined with tin, as the 
work progresses. 

The fresh air flues, which are in each room under ceiling, 
must be made according to the architect's explanation and detail 
drawings. No extra charge for such kind of work. All registers 



must be set in walls by brickmason. Sufficient openings must 
be left by mason in whicli all steam pipes for radiators can be 
put up. 

All door aud window openings to have relieving arches turned 
over the wooden lintels. 

The inside walls (colored red) on attic plan to be carried up 
the underside of roofboar Is, the openings in these walls to have 
bonded brick arches 8 inches thick. 

The chimneys over roof to be of brick, trimmed with stone. 

Thickness of wall can be seen on the different plans and 
sections. 

All walls to be hollow. 

All hollow spaces must be kept clean from mortar and debris 
and means must be made to clear the debris every night. 

If this cleaning be neglected by the contractor, the superin- 
tendent shall have the same done, and deduct the cost from the 
next estimate of the contractor. 

The oast-iron water pipes, 20" diameter, must he built in by 
the contractor, and well fastened with anchors. 

The contractor must also put the iron bars in the corners, 
according to the direction of the Superintendant. 

All brick to be good merchantable brick ; no soft brick will 
be accepted. 

All brick, before they are carried on the building, must be 
sprinkled with water. No dry brick will be allowed in the walls. 

Teachers' tvaterclosets, slopb.isins, sewering for same, and 
boiler room in basement, also a water drawer with supply and 
waste pipe, to be in the first and second stoiy. Also speaking 
tubes from any room to the Principal's room and office. All these 
preparations in mason work, cutting and patching, must be done 
by bricklayer, stonemason, plasterer and joiner. 

Also all cutting and boxing for gas and other arrangements 
must be done by the different mechanics, as bricklayers, plaster- 
ers, joiners and carpenters. 

Upperstructure Brickwork. 

BACKING AND INSIDE PAKTITIONS. 

All brick above basement for the inside partitions and back- 
ing up of exterior walls to be same quality as before stated for 
basement. This brickwork to be laid up in mortar composed of 
sharp sand and newly })urned lime. Every 6th course to be a 
header course. 

OUTSIDE LINING. 

All exterior brick lining to be stock brick, sound and hard 
burned. 

These bricks to be laid up solid, plumb and level, and selected 
to a uniform color, and wet before laid in the walls, and flushed 
up for every course, and worked in a regular plumb bond, and 
tied in every 5th course with a clip header. The joints to be 
struck nicely, and the brick must be kept clean. 

WROUGHT AND CAST IRON WORK. 

There are to be 4 iron doors in the basement of the 12 room 
schoolhouse, and 2 in the 8 room school house in the b'sement. 
each made of No. 12 she -t wought-iron, which is to be framed 
on the edge with 2%"'s.^£' strips, and to have 2 hinges and a 
latch of wrought iron, all securely rivited to doors. The frames 
to be of wrought iron, having the necessary fixings for receiving 
the hinges and latches. These doors to be placed at the base of 
the main stack in basement. 

The 4 doors in attic in 12 room schoolhouse, and 2 doors in 
attic in 8 room schoolhouse, of No. 12 sheet wrought iron, having 
a latch and 2 hinges, all to be the same as the basement doors, 
and to be hung on cast Iron bricks, which are to be walled in, 
consequently no frame is necessary, but the plastering around. 

These openings to be perfectly straight, so that the door may 
be made to fit close. 



—4- 



There will be for each register opening in iirst and second 
story hall, 2 wrought iron b^ams 4'" wide and l{" thick; also for 
the openings in basement and attic, and in water closet in base- 
ment the same. 

There are to be for each chimney or shaft, treads 12 inches 
apart and 1 inch in diameter, to be placed in one corner of shaft, 
for a ladder to get up on the inside of stack. These treads must 
be worked in by mason and fastened into wall or masonry 8 
inches long. 

All anchors of chimney stack must be wrought iron and well 
built in walks. 

The chimney stack to be oast iron, (smoke pipe) 20 inches in 
diameter, }^'' thick metal, and to have cast iron plates, and 2 
seven inch I beams for plate to rest upon. 

Iron bolts for wall plates to be 2 feet long, ^"4 inch thick, and 
to be made according to directions. All anchoring for joists to 
be i4''x2" wrought iron. 

All clamps and bolts for roof trusses to be wrought iron and 
made as shown in details. 

The cast iron smoke stack to have a grate with an ashpit door 
under, and a door for firing in cold weather, representnig a stove. 
The other three (3) ventilation stacks will have stoves or coils of 
steam pipes for heating the air. The large smoke pipes will have 
a cast iron collar the same size as the pipes. 
VENTILATION. 

There will be 6 registers in each of the school rooms, in the 
floor, each carrying one square foot of foul air between the joists 
to a box which is to be constructed under cloak rooms, and some 
under ceiling in basement, some in walls vertically, and from 
there it is to he led into the warm air chamber in main ventila- 
tion stack. 

The foul air in halls will be led direct to the warm air chamber 
through registers of 20"x20 inches. All foul air ducts are to be 
lined with tin. 

The fresh air ducts under windows to be ma.de as shown in 
section, lined with bright tin, the outside openings to be closed 
with a brass wire screen, 14 inch mashes. 

The registers in each room, under ceiling, for cold air to be 
14''x20", each of which is to be connected with a light iron rod 
for opening and shutting said registers from school room floor. 
SEWER. 

To be a 9 inch sewer pipe in basement to drain oS water 
from boiler, also connect waiste pipe from basement, first and 
second stories, and janitor's closet and sink in basement and all 
conductor pipes. 

LATHING AND PLASTERINn. 

The ceiling of basement, first and second stories, to be 
cross furred, walls and wood partitions between recitation 
room to be lathed with the best quality of '}s inch white pine, 
sawed and seasoned lath, properly nailed and bonded. 

The walls and ceilings of aU the school and recitation rooms 
to have 3 coats of plastering, the last coat to lie hard white 
plaster finish. 

The halls and stairways shall have a coat of plaster, which 
is to be floated with a full float and blocked off in imitation of 
stone, joints of blocking to be rubbed with a joint iron. 

All walls to be plastered down to floors, having two coats of 
plaster, the last coat to be gauged with plaster of Paris. 

The floors of first and second story shall be deadened with 
one inch of coarse mortar. 

BLACKBOARDS. 

Blackboards to be placed as directed, and done by contractor 
of plastering, according to C. H. Griese's mixture of mortar for 
blackboards, all ground work for blackboards must be done of 
1 part White's Portland Cement and 2 parts of lake sand, and to 
the satisfaction of the architect. 



-5— 



All angles and corners to be plastered perfectly straight and 
and plumb, and plastering to be free of shipcracking. 

CUTSTONE WORK. 

The following parts shall be of cutstone, namely: 

There will be 2 stones 5' 0"x6' 0'' and 6" thick, laid in the 
two basement coal sliutes on a level of 45 degrees. 

The Ashler work around the entire basement story above 
ground line, to be fine crandled word with a margin line on the 
long joists; all corner headers of ashlar work shall show 12'' on 
their return; ashlar to be from 6'' to 8" thick. 

The steps and coping (excepting flagging, which is to be 
sawed,) of basement entrances to be tooled work. 

All outside door sills to b? droved work. 

All door and window caps, belt courses and window sills 
above basement to be polished work. 

The platforms for main entrances to be 8'' thick droved work, 
the size and shape as marked on plans. 

The chimney caps and base to be droved work. 

All of the above work to be made of clear white sandstone 
from Independence, Ohio. 

The contractors for all of the above specified work shall, at 
his own cost and expense, furnish all the labor, work and materi- 
als necessary, of the best of their several kinds, for the erection 
and completion of the several parts, in a good and workmanlike 
manner, and with the true intent and meaning of the several 
specifications and drawings, and to the satisfaction and accept- 
ance of the Superintendent and the Board of Education. 

Carpenter's Specification. 

FRAMING. 

Joists for first and second stories to be 3''xl4", set 12" to 
centers. 

Joists of cloak rooms to be 2"x8", set 12" to centers. 

Attic joists to be 2"xl4, set 18" to centers; the end of the 
attic joists shall rest upon 2"xl4" scantling spiked on side of 
cord beam, scantling projecting 2 inches below the bottom of 
beam. 

All joists to be guaged to a regular width and shamfered 
about 3^'' in their length and anchored to the brick walls with 
iron anchors and scantling. 

Double trimmers are to be framed around all stair openings, 
chimney flues and warm air flues; the space b 'tween the brick- 
work of chimneys and trimmers to be no less than 3''. 

BRIDGINCt. 

The joists in school and recitation rooms to be bridged every 
4 feet; the halls every 3 fret. 

All bridging to be done with 13^''x.S" stuff nailed with 2 
ten-penny nails to each end of every piece. 

ROOF FRAMING. 

There will be five principal rafters in roof, to be constructed 
as shown on drawings. 

Chord beams to be 8"xl6". 

Purliues 8"xl2". 

Horizontal truss piece 8' 'xl4''. 

Principal rafters 8"xl4". 

Studs and braces to be 6''x8". all to be constructed as per 
drawing. 

All properly framed together and constructed in the strongest 
manner; all rods used for trusses to be of wrought iron 13-2 " in 
diameter. 

Secure the foot of each principal rafter with a J^"x4" 
wrought iron stirrups. 

AH the necessary bolts, screws, nuts and washers are to be 
provided for, to make them complete and secure in every respect. 

Hip rafters to be 6"xl4". 



-()— 



Valley rafters 4"xl4". 

Common rafters to be 2"x6", set 18" to centers. 

Collar beams for gable rafters 2"x8". 

Wall plates for the end of principals and the pole plates of 
common raftei-s to be 4''xl2". 

All purlines, iiip and valley rafters to be supported from attic 
floor where ever necessary. 

All lumber such as timber, joists, rafters, etc , to be of pine 
where not otherwise specified. 

ROOF-BOARDS. 

All of the. roof to be covered with ''s " well dressed common 
pine boards free from loose knots and rotten places. 

SL.\TmG. 
The whole roof to be covered with tarred felt paper and 
slated with 10"x20" black and green slate of an unfading color, 
fastening each ?late with 2 galvanized nails. 

GALVANIZED IRON AND TIN WORK. 

The top moulding- of main cornic^, ridge rolls and conductors 
nre to be made of No. 26 galv.mized iron, properly jointed, 
raitered, rivetted, braceil and soldered. 

All eave and valley gutters and flashing to be of the best 
quality of M. F. roofing tin, laid with flat-locked joints, well 
soldered; all eave and valley gutters to extend 12" underneath 
the slating. 

To be flashing around all chimneys. 

There will be 4 six-inch conductors leading down to ground, 
with an iron shoe at the bottom of each, of cast iron 4' long and 
connected with sewer; conductors to be fastened to brickwork 
with wrought iron holdfasts, so as to stand 4" clear of lirick- 
work. 

Scuttle hole door frame to be covered with tin. 

VENTILATION FLUES. 
There will lie six ducts from each of the school rooms, 1 foot 
square, lined on all sides with tin; the above ducts to be led under 
the ceiling of cloak rooms in a box which is to be lined with tin, 
and to be brought through under cloak room into the main stack 
by an end piece of galvanized iron having a 3 inch flange on the 
inside and nailed to walls as per drawing marked B. 

FLOORING. 

The first and second story floors are to be deafened with %" 
well dressed common pine boards nailed on top of joists; l"x2" 
strips to be nailed on these boards, filling mortar between these 
strips, which is to be done by the plasterer. 

First and second story floors to be laid with narrow, well- 
dressed and kiln dried oak flooring, no board exceeding the width 
of 4'' and to be 1%'' thick. 

The floors in halls to be no more than 2J^" wide, the above 
flooring all to be laid when the plastering is finished, and then it 
is to be oiled. 

Attic flooring to be 'jj" common pine, free from loose knots 
and rotten places. 

All of the above flooring to be tongued and grooved, and 
firmly blind nailed to each and every joist, and smoothed off 
when laid. 

LINTELS AND PARTITIONS. 

All door and window openings to have wood lintels 4'xl2'' 
(shamfered) to receive relieving arches. 

The wood partition of recitation room to be 2'x6" scantling 
around door and window openings. 

FURRING. 

Provide ;J^"x4" strijjs for the mason to wall into the brick 
joints to secure wainscoting. 



WINDOW FRAMES AND SASH, 

The two openings in basement for coal shutes to have oak 
frames 1}:^" thick, 2' 2" wide, the door to be made of a double 
thickness of oak flooring 's" thick, hinged compiete with 
wrought iron hinges and fastened on the inside with strong bolts. 

AH other window openings in basement, first and second 
stor}'. to be provided with iron axle pulleys for double lining sash 
and to have box frames of pine lumber. 

The heads of all frames and sash to be square on the inside. 

All sa'^h to be l;^^'" thick, leveled back to glass; checked 
meeting rail, and double hung with iron weights and cotton sash- 
cords. 

The bottom of each lower sash to have a bm.ss sash-lift. 

The above windows to have brass sash fas oners of the best 
quality. 

Windows in attic will swing, hung on hinges. 

The several window frames shall have ah the beads, stops 
and fillets necessary to make them complete. 

DOOR AND DOOR-FRAMES. 

The outside door openings shall have fames 2I4'' tliick, with 
a large return bead on the outer edge; the doors to be2i4'' thick, 
rabbeted folding stiles; level framed; each door to be hung with 
•V'xo" japanned wrought iron liutts, 3 to each door; the outside 
doors to swing to the outside of the building, and to be fastened 
to walls, when opened, with brass ho'ks 

The basem nt doors shall have a 1*4" frame, and doors to be 
1*4'' panel doors to be hung with strong hinges fastened with 
an iron rimlock, inside bolts and iron thumb-latches. 

All inside door openings in first and second stories shall have 
frames 1,?4" thick, with moulded transom rails; doors to be 8' 0" 
high, 3' 0" wide, IJ4'' thick, level framed with 4 panels. 

All inside doors shall be hung to swing as maybe directed. 

Ail t ese doors shall be hung with 5"x5" japanned butts, 3 
to each door, and fasten"='d with good tumbler locks, and to have 
good dark mineral knobs, japanned trimmings and two keys to 
each door. 

All cloak rojiu doors in halls to have a night latch; the knob 
to be separate. 

The entrance doors to be fastened with rabbeted tumbler 
locks and inside bolts, the upper bolt having a hanging chain; 
each door having 8 keys and thumb-latches instead of knobs. 

All door openings to have hardwood thresholds, except en- 
trance doors, which are to be of cast iron. 
INSIDE FINISH. 

All school, cloak and recitation rooms in first and second 
story shall be wainscotted with narrow 'a " clear pine lumber, 
not over 4" wide, tongued and grooved together and to be blind 
nailed to furring and left with a f-mooth surface; all to be fixed 
with vertioal beaded joints and moulded capping, which shall 
project sufficiently to recieve chalk and brushes ot blackboards, 
as per detad driiwing. 

There will be wainfootting base around the several halls, 
platforms and stairways 12" high, I'^s" thick. 

The finish around the several di:ors and windows shall con- 
sist of a 1!'4" returned bead, which is to be put on after the 
plastering is completed; the same bead to continue on the upppr 
part of blackboards and to be mitu-ed into b'-ard around door and 
window openings. 

Bead around door openings .shall be fixed to the outer edge 
of door frame. 

Bead around window openings shall be fixed to outer edge of 
casing. 

Each of the cloak rooms to be fitted up with strong cleats aud 
iron hooks, sufficient to accommodate 64 pupils. 

All windows in first and second story shall have moulded 
seats and stools, 




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C. H. Griese, Arch , Cleveland, O. 

A'ay 4th 1886. 



Twelve Rooms School - - - 

Longitudinal Section on line C. D. 

:^ mm i4 Oopy-rightlSSe, bj GAEL H. GKIISE of Olevtland, a 



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Twelve Rooms School 

Transverse Section on line A. B. 

, . Copy-right 1886, b; GAEL H. GEIESE of Oievtland, 



C. H. Griese, Arch., Cleveland, O. 

May 4th i885. 




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Eight Rooms School 

Second Story. 

Cop;-right 18^86,^ b^ GAEL H. GEIESE of OteVeland.O 



C. H. Griese, Arch., Clf^veland, O. 

May 4th iSSe. 



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- C. H. Griese, Arch., Cleveland, O. 

May 4th x8S6. 

r^ H :i; ,Oppj.ri-ht 1886, b/ OARL H. GRIESE of Cleveland 0. 



LIBRARY OF CONGRESS 



1 029 448 967 8 



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